Multi-channel reactions of composite nuclei

29 June-10 July 

Towards high precision in multi-channel reactions of composite nuclei

Organizers:   J. Kirscher (New Uzbekistan Univ., contact), M. Schäfer (Czech Academy of Sciences), E. Hiyama (RIKEN Nishina Center)

Talks and seminars during the first week (29/06 – 03/07); working group: 6-10 July

 

 

Goals of the project

1. Experimentalists and theoreticians shall identify key reactions
[i] to benchmark the accuracy of the numerical methods employed, i.e., a list of reactions measured with high precision,
[ii] to test the usefulness of interaction theory and numerical methods, i.e., reactions whose measurements are imprecisely known experimentally, and
[iii] to propose future experiments where the framework to be developed can demonstrate its predictive power and trustworthiness for applications in astrophysics, fusion research, and other fields where experiments are either unfeasible or too costly.

2. Development of a roadmap to integrate the latest advances in the understanding of systematically improvable interaction theories for systems close to unitarity, with the most sophisticated numerical techniques to solve the quantum few-body problem.

3. Transfer of knowledge and experience in overcoming the problems associated with composite multi-channel reactions when both short- and long-range Coulomb forces are relevant and act perturbatively and nonperturbatively.

4. Assess the potential of hypotheses about how to increase the yield of nuclear fusion reactions with state-of-the-art interaction theories and numerical methods.  

 

5. Tailor the latest advances in the design of effective field theories in the form of so-called improved actions to the problem of composite multi-channel reactions.

 

 

 

 

 

 

 

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Création-contact Web ESNT : Valérie Lapoux